Extended Data Fig. 5: Response time and energy expenditure of ABP2X6-based 2D iontronic thermometer. | Nature Sensors

Extended Data Fig. 5: Response time and energy expenditure of ABP2X6-based 2D iontronic thermometer.

From: Solid-state thermometry via ionic–electronic coupling in two-dimensional heterostructures

Extended Data Fig. 5: Response time and energy expenditure of ABP2X6-based 2D iontronic thermometer.The alternative text for this image may have been generated using AI.

a) Bar plot of \({{\rm{\tau }}}_{{\rm{D}}}\) as a function of \({{\rm{T}}}_{{\rm{A}}}\) over a temperature range of 80–100 °C. b) The energy expenditure per sensing event (\({{\rm{E}}}_{{\rm{T}}}\)) is obtained by multiplying \({{\rm{I}}}_{{\rm{DS}}}\) with the area under the VD(t) curve over the sensing interval for LiInP2Se6, CuInP2S6, AgInP2S6 and AgScP2S6–based 2D iontronic thermometers.

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